# ![@profmad Avatar](https://lunarcrush.com/gi/w:26/cr:youtube::UCIHwyz8ISMolEPSy6VDf-kw.png) @profmad Prof MAD

Prof MAD posts on YouTube about how to, education, ohms, solve the most. They currently have [-------] followers and [---] posts still getting attention that total [------] engagements in the last [--] hours.

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- [--] Week [------] +27%
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- [--] Week [--] -8.30%
- [--] Month [--] +68%
- [--] Months [--] +6.80%
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### Followers: [-------] [#](/creator/youtube::UCIHwyz8ISMolEPSy6VDf-kw/followers)
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- [--] Week [-------] +0.96%
- [--] Month [-------] +2.90%
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### Social Influence

**Social category influence**
[countries](/list/countries)  8% [social networks](/list/social-networks)  3% [technology brands](/list/technology-brands)  3% [cryptocurrencies](/list/cryptocurrencies)  1% [events](/list/events)  1% [finance](/list/finance)  1%

**Social topic influence**
[how to](/topic/how-to) 17%, [education](/topic/education) 12%, [ohms](/topic/ohms) 11%, [solve](/topic/solve) 11%, [what is](/topic/what-is) 8%, [$diod](/topic/$diod) 7%, [gain](/topic/gain) 7%, [mad](/topic/mad) #1129, [diy](/topic/diy) 5%, [math](/topic/math) 5%

**Top accounts mentioned or mentioned by**
[@gmailcom](/creator/undefined) [@lucjansosna9179](/creator/undefined)

**Top assets mentioned**
[Diodes Inc (DIOD)](/topic/$diod) [Bitcoin (BTC)](/topic/bitcoin)
### Top Social Posts
Top posts by engagements in the last [--] hours

"Diode V-I Characteristics Explained Diode V-I Characteristics Explained: The 0.7V Rule & Beyond Why does a diode act like a switch In this video we break down the V-I (Voltage-Current) Characteristics of a silicon diode using a simple test circuit. Whether you are a student a hobbyist or an aspiring engineer understanding this relationship is the key to mastering circuit design. In this video you will learn: Forward Bias: Why current suddenly shoots up at the 0.7V "Knee Voltage." Reverse Bias: How a diode blocks current and behaves like an open switch. Breakdown Voltage: What happens when you"  
[YouTube Link](https://youtube.com/watch?v=-txPFp8XhzU)  2026-01-30T06:55Z 210K followers, [----] engagements


"Electricity Finally Explained: Voltage Current & Ohms Law (Intuitively) Electricity doesnt have to be confusing. In this video we break down the three fundamental pillars of electricity voltage current and resistance in a way that actually makes sense. Instead of memorizing formulas youll build real intuition for how electricity works at the most basic level. We start by answering simple but powerful questions: What is voltage really Why do electrons move What does current actually measure Why does resistance slow things down And how does Ohms Law connect all of this together Using clear"  
[YouTube Link](https://youtube.com/watch?v=9zjZbuOA6zM)  2026-02-09T06:45Z 210K followers, [----] engagements


"Mesh Analysis Made Easy Step by Step Solved Problems 📘 Master Mesh Analysis Step-by-Step Solved Problems for Electrical Engineering Students Are you struggling with Mesh Analysis or preparing for your next electrical circuits exam This video is your complete guide to understanding and solving mesh problems with confidence. 🔍 In this comprehensive tutorial you'll learn everything you need to know about Mesh Analysisfrom basic concepts to handling dependent sources and supermesh circuits. Perfect for beginners university students and anyone studying Electrical or Electronics Engineering ✅"  
[YouTube Link](https://youtube.com/watch?v=C0FqOkkIXPk)  2025-04-18T15:16Z 208K followers, [----] engagements


"Supernode Circuit Solved Nodal Analysis Made Simple Step-by-Step Master Nodal Analysis with Supernodes Step-by-Step Tutorial In this video we solve a circuit problem using nodal analysis with a supernodea powerful method that helps when voltage sources arent connected to ground. Youll learn: ✅ How to spot a supernode in a circuit ✅ How to apply Kirchhoffs Current Law (KCL) with a supernode ✅ How to solve node voltages using algebra ✅ How to calculate all branch currents confidently ✅ Tips for exams and interviews We break down every step clearly so even if youre a beginner youll understand"  
[YouTube Link](https://youtube.com/watch?v=g2bcx69mn2s)  2025-06-21T13:20Z 210K followers, [----] engagements


"Difference Amplifier Problems SOLVED Learn how to design a Difference Amplifier step by step In this video well solve a classic op-amp circuit design problem where the output is: Vout = 3V 5V Well walk through the fundamentals of the difference amplifier apply the golden rules of op-amps and derive the resistor ratios needed to make this exact circuit work. By the end youll see how a simple op-amp with just four resistors can perform real-time algebra with voltagesno code no calculator just physics. 🎯 What youll learn in this video: The basics of the op-amp difference amplifier (a.k.a."  
[YouTube Link](https://youtube.com/watch?v=o5LWvLoP4Z8)  2025-09-04T06:14Z 210K followers, [----] engagements


"Transistors Explained Simply: Switches Amplifiers Cutoff Saturation & Q-Point Want to finally understand how transistors really work Whether you're building circuits studying electronics or just curious about the tech behind modern devicesthis video is your complete guide. Well break down everything you need to know about transistorsfrom the basics to advanced conceptsin a clear visual and beginner-friendly way. 🕒 Timestamps: 00:00 Intro: Why Transistors Matter 00:44 What Is a Transistor 01:12 Transistor as a Switch vs Relay 02:43 Types of Transistors: BJT vs FET 03:51 NPN vs PNP Explained"  
[YouTube Link](https://youtube.com/watch?v=1dyPZwDxgzM)  2025-06-14T04:48Z 210K followers, 55.7K engagements


"How Does a Clock work  Crystal oscillator Flip-Flop Lavet type motor Help us to grow : https://www.patreon.com/ProfMAD In this video we will explain how a clock works from the basic clock mechanism to the latest digital technology. We will cover topics such as how clocks keep time how different types of clocks work and the technology behind clockmaking. We will start by discussing the basic clock mechanism which includes the clock face hands gears and escapement. We will then explain how clocks keep time by using a pendulum or balance wheel. We will also discuss the different types of clocks"  
[YouTube Link](https://youtube.com/watch?v=2SF5oGDUTrI)  2024-09-07T18:22Z 209K followers, 175.4K engagements


"Understanding RMS Values in AC Circuits [--]  Voltage Current 🔍 Dive deep into the world of AC circuits with our comprehensive tutorial In this video we demystify RMS values exploring essential equations for calculating voltage power and current in alternating current systems. Whether you're a student hobbyist or professional this tutorial is your guide to understanding and applying key electrical engineering concepts. 🕒 Timestamps: 0:00 - Introduction to AC Circuits 1:20 - Deriving Power Equations for DC Circuits 2:43 - Deriving Power Equations for AC Circuits 6:45 - Comparing AC and DC Power"  
[YouTube Link](https://youtube.com/watch?v=3Et8xqC-764)  2024-01-13T15:26Z 210K followers, 369K engagements


"4 Essential Diode Uses in [--] Seconds #diodes Stop frying your circuits ⚡ In this video we break down the [--] essential ways diodes protect and power your electronics. From blocking reverse polarity to absorbing massive voltage spikes from motors (flyback) the diode is the ultimate "bodyguard" for your components. 🛡 In this video youll learn: Polarity Protection: Never worry about backwards batteries again. Rectification: How we turn AC wall power into usable DC. Zener Regulation: Clamping voltage to keep things steady. Flyback Diodes: Preventing "Inductive Kickback" from killing your"  
[YouTube Link](https://youtube.com/watch?v=5nJPkni0w-I)  2026-01-29T06:11Z 210K followers, [----] engagements


"How Diodes Actually Work: The PN Junction Explained What is a diode and how does it actually work ⚡ In this video we break down one of the most essential components in modern electronics: the diode. From its role as a one-way valve for electricity to the physics of PN junctions youll learn exactly how semiconductors control the flow of current. Whether youre an engineering student a hobbyist or just curious about how everyday technology works this video simplifies complex semiconductor physics into clear visual explanations. 🔍 What Youll Learn The basics: Anode cathode and the meaning of the"  
[YouTube Link](https://youtube.com/watch?v=5v93NQFJUrM)  2026-01-26T18:24Z 210K followers, 10.9K engagements


"Op-Amp Common-Mode Rejection Ratio Explained Simply (CMRR Tutorial) Ever wondered why your op-amp doesnt behave exactly as the textbook says 🤔 In this video we break down two critical concepts in op-amp design: common-mode voltage and the common-mode rejection ratio (CMRR). ✅ Youll learn: What common-mode voltage really means (in plain English) Why real op-amps dont perfectly reject it How datasheet specs like CMRR are measured and interpreted A practical look at the LM741 and why its limits matter How instrumentation amplifiers solve common-mode problems By the end youll clearly see why"  
[YouTube Link](https://youtube.com/watch?v=7W6WIH4tFrM)  2025-09-09T17:31Z 210K followers, [----] engagements


"Voltage vs Current The 1-Minute Explanation Ever wonder why electrons are negative ⚡ It all goes back to Benjamin Franklin who believe it or not made a totally random choice that shaped how we understand electricity today In less than a minute discover how one naming decision from the 1700s defined the positive and negative charges that power our entire world. If you love quick mind-blowing science stories hit like and subscribe for more 🧠⚡ #ScienceShorts #PhysicsFacts #BenjaminFranklin #ElectricCharge #Electrons #FunScience ⚡ Learn. Build. Create. Subscribe for more science made simple"  
[YouTube Link](https://youtube.com/watch?v=92sD2PSN_dc)  2025-10-29T11:36Z 210K followers, [----] engagements


"Calculation of power factor correction ✍ Help us to grow : https://www.patreon.com/ProfMAD ✍ Watch our Power Factor basics video : https://youtu.be/r97cKTLoS74si=No2II1zf9ddP-DAu ✍ Reactance lesson : https://youtu.be/UrCFv2qCELIsi=WGxjpchEu7m5f1Ra ✍ RMS values lesson : https://youtu.be/3Et8xqC-764si=80ANkLfjNULLjx2f 🔧 Learn Power Factor Correction & Calculations with Professor Mad Master the complete process of analyzing and improving power factor in electrical systems. This comprehensive tutorial covers everything from basic concepts to practical calculations: Understanding Active Power"  
[YouTube Link](https://youtube.com/watch?v=AUtMVdQYO6c)  2024-12-30T18:14Z 210K followers, 35.8K engagements


"Resistor Inductor Capacitor What Happens When You Flip the Switch Three simple circuits but three completely different stories. A resistor a capacitor and an inductor each reacts in its own fascinating way when the switch is flipped. 💡 Watch what happens: instant light a flash that fades and a glow that grows. Why do they behave so differently Lets break it down step by step. 👉 Watch the full video here: https://youtu.be/ioH5RE04j28si=KTnmefmZ8zZCIngv #Electronics #Physics #Engineering #ScienceExplained #ProfMad #CircuitTheory #Capacitor #Inductor #Resistor resistor capacitor inductor"  
[YouTube Link](https://youtube.com/watch?v=GVXVxKazJ28)  2025-11-08T14:21Z 210K followers, 39.1K engagements


"Ohms Law Explained Practice Problems Help us to grow : https://www.patreon.com/ProfMAD Electronic Foundations : Voltage Current and Resistance : https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG Welcome to Professor Mad In this video we dive into the fundamentals of Ohm's Law a crucial concept in electronics. Discover how voltage current and resistance interact and learn to solve real-world problems using Ohm's Law. We'll cover practical examples including calculating voltage current and resistance in various circuits. Whether you're a beginner or an electronics enthusiast this video will help"  
[YouTube Link](https://youtube.com/watch?v=HpEhlnh-hAE)  2024-07-23T14:15Z 210K followers, 36.2K engagements


"Classic Op-Amp Exam Problem Solved: Inverting Amplifier Made Easy Ever wondered how inverting op-amp circuits really work 🤔 In this video we break down a classic op-amp exam problem step by step. Starting with the basics of negative feedback we calculate both the closed-loop gain and the input current for a standard inverting amplifier. Youll learn: ✅ Why the input voltage and currents behave the way they do in an ideal op-amp ✅ How to apply the two golden rules of op-amps to solve problems quickly ✅ The shortcut formula for gain (Rf/Rin) and when to use it ✅ How to calculate the output"  
[YouTube Link](https://youtube.com/watch?v=JE36D-Ffwvc)  2025-08-28T11:54Z 210K followers, [----] engagements


"How to convert AC to DC 3D Animation How to convert AC to DC. In the modern era almost every household electronics works on Direct Current (DC) but we get Alternating Current (AC) from power generation plants via transmission lines because AC can be transmitted more efficiently than DC in lower cost. So every appliance which works on DC has and AC to DC converter circuit. In this video we will discuss traditional Transformer based design which use simple diodes and capacitor to convert the Alternating current into Direct Current and an optional voltage regulator to regulate the output DC"  
[YouTube Link](https://youtube.com/watch?v=JXJaRPXPwjQ)  2020-08-08T08:55Z 209K followers, 1.7M engagements


"The Boost Converter Explained With One Genius Analogy #powersource #electricalengineering Boost converters look like voltage magic but the secret is pure physics 🔧⚡ In this short video I break it down with one genius analogy using a pump flywheel and piston 💧🔄 Youll see how energy shifts back and forth to push the output higher than the source itself the exact insight most explanations miss 🎯 If you want the full deep-dive with circuits waveforms and real equations watch the complete video here 👇 🔗 Full Boost Converter Video: https://youtu.be/rphQXP4zoM0si=hbPJRsg8H5WkNU7F 👍 Like 💬"  
[YouTube Link](https://youtube.com/watch?v=JqnPg3TM48Q)  2025-11-19T09:47Z 210K followers, 15.4K engagements


"How a Diode Works: The Physics of the PN Junction What is a diode and how does it actually work ⚡ In this video we break down one of the most essential components in modern electronics: the diode. From its role as a one-way valve for electricity to the physics of PN junctions youll learn exactly how semiconductors control the flow of current. Whether youre an engineering student a hobbyist or just curious about how everyday technology works this video simplifies complex semiconductor physics into clear visual explanations. 🔍 What Youll Learn The basics: Anode cathode and the meaning of the"  
[YouTube Link](https://youtube.com/watch?v=OSSUzapzGTA)  2026-02-02T08:12Z 210K followers, [----] engagements


"How To Convert DC to AC Direct current Inverting 3D Animation #dctoacinverter converter #dctoac #directcurrent #alternating_current #electronic In this video we'll be discussing how to convert DC to AC. We'll be using a 3D animation to illustrate the concepts. If you're ever in a situation where you need to convert DC to AC then this video is for you By the end of this video you'll be able to understand how to rectify DC and use this knowledge to solve practical problems. So make sure to watch it There are two forms of electricity alternating current (AC) and direct current (DC). DC is a"  
[YouTube Link](https://youtube.com/watch?v=QLYCmhY16ww)  2022-03-25T10:08Z 210K followers, 1.6M engagements


"The Hidden Trick Behind Boost Converters #powersource #electricalengineering "Boost converters look like pure magic ⚡but its just smart engineering. With the right circuit even a tiny 1.5V AA battery can generate thousands of volts 🔥. Heres the 60-second breakdown of how it actually works 🧠⚙. Want the full deep-dive with animations and real explanations 👉 Watch the complete video here: https://youtu.be/rphQXP4zoM0si=hbPJRsg8H5WkNU7F #electronics #boostconverter #engineering #STEM #physics" boost converter boost converter tutorial how a boost converter works step up converter dc dc"  
[YouTube Link](https://youtube.com/watch?v=Q_RxQWAOD94)  2025-11-19T06:44Z 210K followers, [----] engagements


"Maximum Power Transfer Theorem Explained (with Thevenin's) 📽 Maximum Power Transfer Theorem Made Simple Want to maximize the power delivered to a load in your circuit This video is your complete beginner-friendly guide to the Maximum Power Transfer Theorema fundamental concept in electrical engineering and electronics. We'll walk you through everything you need to know: ✅ What the Maximum Power Transfer Theorem really means ✅ Why its crucial for optimizing real-world circuits ✅ How to use Thevenins Theorem to simplify any complex network ✅ The key condition: when RL = RTh ✅ How to calculate"  
[YouTube Link](https://youtube.com/watch?v=ReXBVdC54yY)  2025-07-21T13:45Z 210K followers, [----] engagements


"The Hidden Power of Inductors Why Coils Resist Change The Hidden Power of Inductors Why Coils Resist Change Whenever current flows through a wire a magnetic field forms around it. But what if we coil that wire Suddenly we unlock one of the most fascinating and powerful effects in electronics inductance. In this video well explore how inductors work why they resist sudden changes in current and how this simple coil of wire becomes the heart of motors transformers and filters that power our modern world. Youll see clear visual explanations step-by-step demonstrations and an easy-to-understand"  
[YouTube Link](https://youtube.com/watch?v=S--0-hkSARU)  2025-10-07T12:23Z 210K followers, 103.7K engagements


"How to test a Capacitor with multimeter #shorts #capacitor #multimeter #electronic #electrical #engineering How to Test a Capacitor With a Multimeter (Using the capacitance mode on the multimeter) In this video we're going to learn how to test a capacitor with a multimeter. This is a very important skill to have if you're working with electronic devices and it's a great way to troubleshoot problems. We'll start by explaining how to use the multimeter and then we'll test the capacitor. This is a simple procedure and after watching this video you'll be able to test your own capacitors with ease"  
[YouTube Link](https://youtube.com/watch?v=UftyE4zyYf4)  2023-07-15T18:56Z 210K followers, 689.9K engagements


"What are Resistance Reactance Impedance 🔌 Understanding Resistance Reactance and Impedance in Circuits 🔌 Join my Patreon community : https://patreon.com/ProfMAD Timestamps: 0:00 - Introduction 0:13 - What is electricity 1:00 - Alternating current vs Direct current 2:28 - Resistance in DC circuits 2:39 - Resistance and reactance in AC circuits 4:30 - Resistor inductor and Capacitor 4:37 - Electricity Water analogy 6:01 - Water analogy for Resistance 6:46 - Water analogy for Inductive Reactance 9:14 - Water analogy for Capacitive Reactance 11:21 - Impedance In this informative video we dive"  
[YouTube Link](https://youtube.com/watch?v=UrCFv2qCELI)  2023-09-16T18:16Z 210K followers, 1.8M engagements


"Op-Amps Explained: The Tiny Chip That Does Math with Electricity What if I told you theres a tiny chip that can do math with electricity Meet the operational amplifieror op-ampone of the most powerful and versatile building blocks in electronics. Op-Amp Comparator : https://youtu.be/d6670gSIbiMsi=EYsnUPw324U9OtpF In this beginner-friendly guide well break down: What an op-amp is and why its called an operational amplifier How op-amps can add subtract multiply divide and even differentiate & integrate voltages The difference between open-loop and closed-loop operation The golden rules of"  
[YouTube Link](https://youtube.com/watch?v=_ZuJgt4NfFI)  2025-08-08T09:40Z 210K followers, 186K engagements


"Diode VI Characteristic: Knee Voltage Explained Diode V-I Characteristics Explained: The 0.7V Rule & Beyond Why does a diode act like a switch In this video we break down the V-I (Voltage-Current) Characteristics of a silicon diode using a simple test circuit. Whether you are a student a hobbyist or an aspiring engineer understanding this relationship is the key to mastering circuit design. In this video you will learn: Forward Bias: Why current suddenly shoots up at the 0.7V "Knee Voltage." Reverse Bias: How a diode blocks current and behaves like an open switch. Breakdown Voltage: What"  
[YouTube Link](https://youtube.com/watch?v=bSOgKMWSt4k)  2026-02-03T05:17Z 210K followers, [----] engagements


"Instrumentation Amplifier Explained Why Its Better than a Difference Amplifier In this video well explore instrumentation amplifiersone of the most practical and powerful applications of op-amps. If youve ever wondered why engineers prefer instrumentation amplifiers over simple difference amplifiers this tutorial will give you a clear and beginner-friendly explanation. Youll learn: 👉 What an instrumentation amplifier is and how it works 👉 The key problems with a simple differential amplifier: low input impedance difficult gain adjustment and poor common-mode rejection 👉 How the"  
[YouTube Link](https://youtube.com/watch?v=byLFy2_Y4h4)  2025-09-18T10:44Z 210K followers, 46.2K engagements


"Inverting vs Non-Inverting Amplifiers Explained Op-Amp Tutorial + LED Demo Operational amplifiers (op-amps) are some of the most powerful building blocks in electronics. In this video well dive into two of their most important configurations: the inverting amplifier and the non-inverting amplifier. 👉 Step by step youll learn: What amplifiers do and why we need them How inverting and non-inverting amplifiers are built The gain formulas for each configuration How phase inversion works in real circuits A hands-on demo: building a sound-reactive LED circuit powered by an op-amp By the end of"  
[YouTube Link](https://youtube.com/watch?v=cPyPr_XnkGo)  2025-08-23T12:50Z 210K followers, 34.8K engagements


"Op-Amp Comparator Explained Simple Circuit Powerful Applications Op-Amp Comparator Explained Simple Circuit Powerful Applications Op-Amp introduction video : https://youtu.be/_ZuJgt4NfFIsi=tOjPIUwiNOg8lOGS In this video well break down one of the simplest yet most useful op-amp circuits the voltage comparator. Youll learn how an op-amp can compare two voltages and instantly switch an output when one crosses a set threshold. Well cover: What an op-amp comparator does and how it works Real-world examples: low-battery indicator temperature control light-activated switches solar trackers water"  
[YouTube Link](https://youtube.com/watch?v=d6670gSIbiM)  2025-08-14T14:52Z 210K followers, 28.2K engagements


"Voltage Current and Resistance #voltage #current #resistance #ohmslaw Help us to grow : https://www.patreon.com/ProfMAD Electronic Foundations : Voltage Current and Resistance : https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG Welcome to Professor Mad In this video we dive into the fundamentals of Ohm's Law a crucial concept in electronics. Discover how voltage current and resistance interact and learn to solve real-world problems using Ohm's Law. We'll cover practical examples including calculating voltage current and resistance in various circuits. Whether you're a beginner or an electronics"  
[YouTube Link](https://youtube.com/watch?v=epp91mAzruo)  2024-09-13T07:11Z 209K followers, 56.4K engagements


"Superposition Theorem Explained with Simple Analogy Solve Circuits One Source at a Time 🎯 Superposition Theorem Explained Step-by-Step with Real Circuit Example In this video we break down one of the most powerful and underrated tricks in circuit analysis: the Superposition Theorem. Using a fun analogy and a practical example you'll learn exactly how to simplify complex circuits with multiple sourcesby handling them one at a time. 🔧 What youll learn: What the Superposition Theorem really means (with a simple analogy) How to apply it to circuits with both voltage and current sources How to"  
[YouTube Link](https://youtube.com/watch?v=h-9_QaqoWyQ)  2025-07-01T15:12Z 210K followers, [----] engagements


"Resistor vs Capacitor vs Inductor What Really Happens When You Flip the Switch 🔍 What Really Happens When You Flip the Switch 0:03 The Mystery of resistor vs capacitor vs inductor Circuits 0:27 The Resistor Circuit Instant Response 0:46 The Capacitor Circuit Flash and Fade 1:07 The Inductor Circuit Slow response 1:38 resistor vs capacitor vs inductor 1:45 VoltageCurrent Relationships Explained 2:47 Capacitor and inductor Energy Stored in Fields 3:47 The Resistor in Action 5:04 The Capacitor in Action 8:52 The Inductor in Action Three simple circuits one with a resistor one with a capacitor"  
[YouTube Link](https://youtube.com/watch?v=ioH5RE04j28)  2025-10-28T14:44Z 210K followers, 732.4K engagements


"Source Transformation Explained Simply Master Circuit Analysis Fast Learn Source Transformation in Electrical Circuits Step by Step Struggling with complex electrical circuits In this video we break down Source Transformation one of the most powerful tools in circuit analysis in a simple intuitive way. You'll learn: ✅ What source transformation is and why it's useful ✅ How to convert voltage sources to current sources (and vice versa) ✅ Real-world examples with step-by-step solutions ✅ When and where to use source transformation effectively ✅ Common pitfalls to avoid From voltage source in"  
[YouTube Link](https://youtube.com/watch?v=kOK35xMJcXk)  2025-07-18T14:42Z 210K followers, [----] engagements


"Superposition Theorem Made Easy: Step-by-Step Circuit Analysis Superposition Theorem: Master Circuit Analysis Step-by-Step Having trouble with circuits that include multiple power sources Don't worry you're not alone In this video we'll break down the Superposition Theorem using a real circuit example with two voltage sources and one current source. ✅ What Youll Learn: What is the Superposition Theorem When and why to use it Step-by-step method to apply the theorem How to deactivate voltage and current sources correctly Solving the circuit using Kirchhoffs Laws Understanding how each source"  
[YouTube Link](https://youtube.com/watch?v=mT846tX8FFI)  2025-07-15T16:13Z 210K followers, [----] engagements


"Difference Amplifier Explained Op-Amp Basics Made Simple Want to master difference amplifiers without getting lost in complex math In this video we break down one of the most practical op-amp circuits step by step. Youll learn: What a difference amplifier (or subtractor) does. How it automatically finds the voltage difference between two signals. Why its simpler cheaper and more reliable than using microcontrollers. How to analyze and build the circuit with just one op-amp and a few resistors. Whether youre a beginner in electronics or brushing up for exams this guide will make op-amps feel"  
[YouTube Link](https://youtube.com/watch?v=qqKP58iL6Y8)  2025-09-02T16:53Z 210K followers, [----] engagements


"The One-Way Valve of Electronics: #diodes Explained Here is a high-energy SEO-optimized description tailored for your YouTube Short. Its designed to capture the "curious student" vibe while driving traffic to your long-form content. Video Description The One-Way Valve: How Diodes Control Electricity ⚡ Ever wondered why your electronics dont fry when you plug them in Meet the Diodethe "security guard" of the circuit world 🛑 In this video we break down the basics of diode anatomy the difference between Forward Bias and Reverse Bias and why that tiny white stripe (the cathode) is the most"  
[YouTube Link](https://youtube.com/watch?v=rebkxkG8hBw)  2026-01-28T04:42Z 210K followers, [----] engagements


"How a Boost Converter Really Works (The Explanation You Never Got) How does a simple inductor capacitor and switch turn a tiny DC voltage into something dramatically higher In this video we go deep into the real physics behind the boost converterthe part most textbooks skip. Youll see the entire process visualized with intuitive analogies: how energy builds inside an inductor how a capacitor steps voltage upward one pulse at a time why switching at the right moments changes everything and how engineers use this trick to generate voltages far beyond the input supply Whether you're into"  
[YouTube Link](https://youtube.com/watch?v=rphQXP4zoM0)  2025-11-16T06:48Z 210K followers, 174.8K engagements


"How Buck Converters Really Work (and Why Vout = DVin) A buck converter is one of the most important circuits in modern electronics used in power supplies battery-powered devices and DC-DC regulators everywhere. But many explanations jump straight to formulas without showing why they work. In this video we build a buck converter step by step starting from a simple switch and load and gradually adding the capacitor inductor and diode. Youll see how a square-wave voltage becomes smooth DC how energy actually flows through the circuit and why the duty cycle directly sets the output voltage. We"  
[YouTube Link](https://youtube.com/watch?v=vQtKPedhi84)  2025-12-14T08:08Z 210K followers, 168.3K engagements


"Summing Amplifier Explained: Add Voltages with an Op-Amp ⚡ 📌 YouTube Description Want to add multiple signals together without using a microcontroller In this video well break down summing amplifiersone of the most practical and powerful applications of op-amps. 💡 Youll learn: What a summing amplifier is and why its so useful in electronics How op-amps perform real-time analog computing (addition scaling averaging) Step-by-step analysis of the inverting summing amplifier circuit Real-world examples from combining sensor outputs to audio mixing How you can build this circuit yourself for"  
[YouTube Link](https://youtube.com/watch?v=wWW8az7tdfE)  2025-08-30T13:43Z 210K followers, 12.1K engagements


"Op-Amp (Operational Amplifier) Welcome to our educational electronics series In this episode we're delving into the practical applications of operational amplifiers (op-amps). Join us as we unlock the fascinating world of voltage summing amplifiers integrating amplifiers and differentiating amplifiers. 🔌 Op-Amps Simplified: From Basics to Advanced Functionality 🔌 Timestamps: 00:00 - Introduction to Op-Amp Applications 00:11 - What is an Op-Amp 01:14 - Application of Op-Amp 03:39 - Definition of Op-Amp 03:54 - Op-Amp Circuit 04:39 - Op-Amp IC 04:46 - Op-Amp pins 05:11 - Op-Amp power supply"  
[YouTube Link](https://youtube.com/watch?v=x41pAb9ZPe0)  2023-08-18T18:41Z 210K followers, 322.4K engagements


"Whats an op-amp 🤔 Whats an op-amp 🤔 Unlike simple parts like resistors or capacitors an op-amp is actually a whole circuit packed into a tiny chip. Thats why its one of the most important building blocks of modern electronics. In this short video youll learn what makes op-amps so versatile why theyre everywherefrom audio systems to sensorsand how they go far beyond just amplifying signals. If youre just starting with op-amps check out these other lessons for a deeper dive: 👉 Op-Amp Introduction : https://youtu.be/_ZuJgt4NfFIsi=1f0S95Z69pBlzrmy 👉 Op-Amp Comparator :"  
[YouTube Link](https://youtube.com/watch?v=y3vlF6cxffw)  2025-08-24T16:12Z 210K followers, 27.9K engagements


"How AC Is Converted to DC (Rectifiers Ripple & Capacitors Explained) How AC Is Converted to DC (Rectifiers Ripple & Capacitors Explained) Most electronic devices dont run directly on AC power from the wall they need clean stable DC. In this video we break down AC to DC conversion step by step from first principles to practical engineering calculations. Youll see how diodes bridge rectifiers and capacitors work together to produce usable DC power without black-box explanations. Video Chapters 00:00 AC vs DC: The Core Difference 00:25 Why Electronics Need DC Power 00:50 What Is Rectification"  
[YouTube Link](https://youtube.com/watch?v=yMfdiJXCDZ4)  2026-02-07T14:25Z 210K followers, 17.6K engagements


"Delay Off Timer Circuit Explained Control Lights Fans & More Without a Microcontroller ⚠ Correction: At the end of the video I incorrectly wired the potentiometer. I connected it between +5V and GND with the middle pin going to pin [--] of the LM393 and the capacitorbut that setup doesn't control the delay properly. ✅ Correct wiring: Connect the capacitors pin to the middle pin (wiper) of the potentiometer. Connect one side pin of the potentiometer to GND. The other side pin is left unconnectedits not needed. This allows the capacitor to discharge through the potentiometer and adjusting the"  
[YouTube Link](https://youtube.com/watch?v=Qbc_Y5Qb8Mw)  2025-05-10T16:29Z 207K followers, 91.9K engagements


"Transistors Explained Simply: Switches Amplifiers Cutoff Saturation & Q-Point ⚠ Correction at 9:26: The explanation about the LDR behavior in the voltage divider circuit is incorrect. In darkness (when the LDR has high resistance) Vx becomes lower. In brightness (when the LDR has low resistance) Vx becomes higher. A corrected version of this video has now been uploaded. Special thanks to @lucjansosna9179 for pointing this out 🙏 🎯 Watch the corrected video here: 👉 https://youtu.be/1dyPZwDxgzM Want to finally understand how transistors really work Whether you're building circuits studying"  
[YouTube Link](https://youtube.com/watch?v=4waKlcDS7n0)  2025-06-13T08:30Z 210K followers, 82.6K engagements


"Diode Explained How Diodes work Working principle This video explains the working principle of Diodes simply using animation. It will walk you through the main function of a Diode P-N junction Forward and Reverse biasing and the characteristic curve. #diode #diodecircuits #diodeworking #pnjunctiondiode Diode types How diodes work diode circuit analysis diode forward and reverse bias diode working animation diodes explained forward and reverse bias forward and reverse bias of pn junction diode pn junction diode what is a diode Diode types How diodes work diode circuit analysis diode forward"  
[YouTube Link](https://youtube.com/watch?v=QFFtiY-G-lo)  2020-06-02T14:21Z 210K followers, 22.7K engagements


"What It Really Means to Learn Electronics ⚡ ⚡ Description Youre Not Just Learning Circuits Youre Bending Electrons ⚡ What does it really mean to learn electronics Its not just about wires circuits and formulas its about understanding how the universe moves at the tiniest scale. Every piece of metal around you holds trillions of atoms and some of their electrons can actually break free and flow. That flow is electricity and learning electronics means learning to control it. From lighting up a bulb to powering cities every invention begins with one simple act: bending the flow of electrons."  
[YouTube Link](https://youtube.com/watch?v=la0qPMUGKOo)  2025-10-17T12:31Z 210K followers, [----] engagements


"Resistance and ohms Law Full video Link : https://youtu.be/HpEhlnh-hAEsi=GhweG2ZBd_U9Qc2K"  
[YouTube Link](https://youtube.com/watch?v=-WKMirNVoU0)  2024-09-05T11:09Z 138K followers, [----] engagements


"Solve ANY Circuit: Mesh Analysis Simplified (Supermesh & Dependent Sources) 🔌 Mesh Analysis Made Easy Step-by-Step Tutorial with Supermesh & Dependent Sources Struggling with circuit analysis In this video well break down Mesh Analysis in the simplest way possiblestep by stepso you can finally master solving electrical circuits with confidence. Well start with the basics of mesh currents and gradually tackle more complex cases including: ⚡ Independent voltage sources ⚡ Independent & dependent current sources ⚡ Supermesh situations ⚡ Dependent voltage sources Using Kirchhoffs Voltage Law"  
[YouTube Link](https://youtube.com/watch?v=-aVxr-UT8uc)  2025-07-26T06:40Z 210K followers, [----] engagements


"Ohms law example #Science #physics #technology #learning #education Help us to grow : https://www.patreon.com/ProfMAD Electronic Foundations : Voltage Current and Resistance : https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG #Science #physics #technology #learning #education Welcome to Professor Mad In this video we dive into the fundamentals of Ohm's Law a crucial concept in electronics. Discover how voltage current and resistance interact and learn to solve real-world problems using Ohm's Law. We'll cover practical examples including calculating voltage current and resistance in various"  
[YouTube Link](https://youtube.com/watch?v=2D_Vgg6Nvkk)  2024-09-16T13:24Z 164K followers, [----] engagements


"Op Amps: The Math Machines of Electronics 🔢⚡ Ever wondered what an op-amp really does 🤔 In this short video we break it down in the simplest way possible. Op amps arent just another circuit parttheyre tiny math machines In this short well show you how a simple op amp circuit can calculate the average temperature of three sensorsno code no microcontrollers just pure hardware doing the math. ⚡🧮 And this is only the beginning op amps can add subtract scale even integrate and differentiate. By the end of this video youll understand: ✅ What op and amp really mean ✅ Why amplifiers are essential"  
[YouTube Link](https://youtube.com/watch?v=2Yy4dRDDeI4)  2025-08-27T16:48Z 210K followers, [----] engagements


"DIY Two-Way Light Switch Wiring Tutorial for Beginners (SPDT) Unlock the convenience of two-way light switches This comprehensive guide explains everything you need to know about wiring two light switches to control one light. We cover the basics of SPDT switches the common terminal and how to connect the live neutral and pole wires for a functional circuit. Ideal for staircase lighting hallway lighting solutions and bedroom lighting control. Learn the simple two-way switch circuit diagram and get confident with basic home wiring. Click to watch and master 2-way switch installation today"  
[YouTube Link](https://youtube.com/watch?v=41i_aRDa5Ag)  2025-05-17T13:04Z 159K followers, [---] engagements


"Trigonometry For Beginners - Sine Cos Tan (SOH-CAH-TOA) 🎯 Master Trigonometry Basics: Sine Cosine & Tangent Explained with Easy Examples SOH-CAH-TOA Guide 🧮✨ Unlock the secrets of trigonometry with this beginner-friendly video 🚀 Learn everything about right-angled triangles including the hypotenuse opposite and adjacent sidesexplained in the simplest way. Master the big three trigonometric ratios: Sine (Sin) Cosine (Cos) and Tangent (Tan) using the powerful memory trick SOH-CAH-TOA that youll never forget. 📐 What Youll Learn: What is trigonometry 🤔 Parts of a right-angled triangle"  
[YouTube Link](https://youtube.com/watch?v=7_szgOzxDqo)  2025-02-25T02:44Z 154K followers, [----] engagements


"Energy & Power Problems: Solving for Voltage in a Simple Circuit ⚡ Master Voltage Calculations Energy & Power Problem Solved (Simple Circuit) ⚡ Stuck on electric power and energy problems This video breaks down a fundamental DC circuit scenario step-by-step showing you exactly how to calculate voltage drop across a light bulb when given the energy dissipated and the current flow. We walk through the entire process from understanding the relationship between energy (in Joules) current (in Amperes) voltage (in Volts) and time (in seconds) to applying the formulas to find the answer. No complex"  
[YouTube Link](https://youtube.com/watch?v=7fB7qZZGsFU)  2025-05-19T10:48Z 159K followers, [---] engagements


"Power factor correction calculations #powerfactor #realpower #reactivepower Full video : https://youtu.be/AUtMVdQYO6csi=u4wv_uG3tPuCAS4z Help us to grow : https://www.patreon.com/ProfMAD Power Factor explain : https://youtu.be/r97cKTLoS74si=lFPFl4Noh9Z33Ypl RMS values lesson : https://youtu.be/3Et8xqC-764si=80ANkLfjNULLjx2f Reactance lesson : https://youtu.be/UrCFv2qCELIsi=WGxjpchEu7m5f1Ra Unlock the secrets of power factor correction and optimize energy efficiency in AC circuits with our comprehensive guide In this video we dive deep into understanding power factor and its impact on energy"  
[YouTube Link](https://youtube.com/watch?v=AhBLcREQgEQ)  2025-04-11T14:30Z 155K followers, [---] engagements


"Nodal Analysis Exam Problem Solved Step-by-Step Matrix Method (Cramers Rule) 📘 Solving Nodal Analysis Exam Problem Using Matrix Method (Cramers Rule) In this video we solve a classic nodal analysis problem using matrix methodsperfect practice for your electrical or electronics exams We go step-by-step through: ✅ Identifying nodes and choosing the reference ✅ Setting up node voltage equations ✅ Applying Kirchhoffs Current Law (KCL) ✅ Using Ohms Law to express currents ✅ Rewriting equations in matrix form ✅ Applying Cramers Rule to solve for node voltages ✅ Calculating branch currents Whether"  
[YouTube Link](https://youtube.com/watch?v=BL049EPPzxI)  2025-06-18T14:52Z 163K followers, [---] engagements


"The Tiny Pin That Saves Millions: Uncovering the 3-Prong Plug 🧠 Why Do Some Plugs Have [--] Pins The Hidden Life-Saving Secret Behind the Ground Pin ⚡ Have you ever noticed that some electrical plugs have just [--] pins while others have [--] That extra pin the ground pin might seem small and unimportant but it has quietly saved millions of lives since its introduction in the U.S. after World War II. In this video we dive into the fascinating story of how one tiny piece of metal reshaped electrical safety across America. From tragic electrocutions in the 1940s to todays ultra-safe homes filled with"  
[YouTube Link](https://youtube.com/watch?v=BpYe9SLMBHg)  2025-07-12T19:24Z 210K followers, [----] engagements


"Ohms Law Voltage and Current YT Full video Link : https://youtu.be/HpEhlnh-hAEsi=GhweG2ZBd_U9Qc2K"  
[YouTube Link](https://youtube.com/watch?v=D8zf-VSg8Hs)  2024-09-03T09:38Z 132K followers, [----] engagements


"Baltimore Bridge Collapse Animation Francis Scott Key Bridge #baltimore #bridge #collapse #francisscottkey On March 26th [----] Baltimore's Francis Scott Key Bridge suffered a devastating collapse. This video breaks down the scientific forces at play in suspension bridges and explores how a ship collision could trigger such a disaster"  
[YouTube Link](https://youtube.com/watch?v=DO7NoAMfr3Q)  2024-03-29T13:18Z 133K followers, 13.1K engagements


"Power factor problems PF Apparent Power Phase Angle : Easy Steps ⚡ Master AC Power Calculations Step-by-Step Tutorial ⚡ ✍ Power Factor correction : https://youtu.be/AUtMVdQYO6csi=mePHe9rBYrNA17-3 ✍ Power Factor basics : https://youtu.be/r97cKTLoS74si=No2II1zf9ddP-DAu ✍ Reactance lesson : https://youtu.be/UrCFv2qCELIsi=WGxjpchEu7m5f1Ra ✍ RMS values lesson : https://youtu.be/3Et8xqC-764si=80ANkLfjNULLjx2f ✍ Help us to grow : https://www.patreon.com/ProfMAD In this clear and beginner-friendly video you'll learn how to solve a real-world single-phase AC circuit problem using simple"  
[YouTube Link](https://youtube.com/watch?v=EGN7ylX8hZ8)  2025-04-09T17:18Z 155K followers, [---] engagements


"Ohm's Law Ohm's Law explained. This video gives a basic introduction of the Ohm's Law and the basic concept behind it. It also explains the terms Ohm's law triangle and a example solved using Ohm's Law. #ohms_law #ohmslaw :::::::::::::::::::: Music: Summer - Bensound https://www.bensound.com Support by RFM - NCM: https://bit.ly/2xGHypM ::::::::::::::::::::"  
[YouTube Link](https://youtube.com/watch?v=FhDgLMxBkn0)  2020-05-01T06:19Z 155K followers, 24K engagements


"How To Use Llama [--] 👩💻 Tutorial #shorts #ai #meta #llama2 #llama [--] #download Link HuggingFace : https://huggingface.co/blog/llama2 In this video we'll be showing you how to use the Llama [--] language model. Llama [--] is a new language model that is based on machine learning and artificial intelligence. With Llama [--] you can easily create text images and videos that are natural and realistic. If you're interested in using artificial intelligence in your work or research then this video is for you We'll show you how to use Llama [--] and how it can help you create realistic and natural text images and"  
[YouTube Link](https://youtube.com/watch?v=FqF6C56O-08)  2023-07-19T17:02Z 153K followers, 40K engagements


"Thevenin's Theorem independent sources problem solving Help us to grow : https://www.patreon.com/ProfMAD Electronic Foundations : Voltage Current and Resistance : https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG Ohm's Law : https://youtu.be/HpEhlnh-hAEsi=kWmHHBZ5Wl2QXunk Kirchhoff's Laws : https://youtu.be/fHAAHzpz5v4si=dgvOm0TXEiJaT584 In this video we break down Thevenins Theorem step-by-step to help you simplify complex circuits into easy-to-analyze equivalents. Whether you're a beginner or looking to refresh your knowledge this video covers everything you need to know about Thevenins"  
[YouTube Link](https://youtube.com/watch?v=GtklbtAbhzw)  2025-04-07T16:46Z 155K followers, [---] engagements


"Mesh Analysis with Dependent Voltage Source Step-by-Step Circuit Problem Solved 🔧 Mesh Analysis with Dependent Voltage Source FULL Solution Explained 🔧 Are you stuck on how to solve circuits that include dependent voltage sources In this step-by-step tutorial we break down everything you need to know about using mesh analysis to handle complex circuits involving controlled sources. Whether you're a beginner or reviewing for your electrical engineering exam this video will make the concept easy to understand and apply. We walk through each step clearly and solve a real exam-style problem on"  
[YouTube Link](https://youtube.com/watch?v=IvgmjnQnUs4)  2025-04-13T16:04Z 155K followers, [---] engagements


"Op-Amps: The Tiny Chips That Do Math 🔢⚡ #opamp Ever wondered what an op-amp really does 🤔 In this short video we break it down in the simplest way possible. Op amps arent just another circuit parttheyre tiny math machines In this short well show you how a simple op amp circuit can calculate the average temperature of three sensorsno code no microcontrollers just pure hardware doing the math. ⚡🧮 And this is only the beginning op amps can add subtract scale even integrate and differentiate. By the end of this video youll understand: ✅ What op and amp really mean ✅ Why amplifiers are"  
[YouTube Link](https://youtube.com/watch?v=M0gXM6pTxQA)  2025-09-11T12:05Z 210K followers, 16.8K engagements


"Mastering the Difference Amplifier Exam-Style Problems with Op-Amps Master the difference amplifier (also called the subtractor)one of the most practical op-amp circuits every electronics student and engineer should know. In this video we go beyond the basics: well derive the core equations step by step simplify the math and then tackle exam-style problems that show you exactly how to design and analyze real circuits. Whether youre preparing for university exams or just want to sharpen your circuit design skills this tutorial will make you feel confident in handling op-amp difference"  
[YouTube Link](https://youtube.com/watch?v=MPABGUq-lpA)  2025-09-05T15:43Z 210K followers, [----] engagements


"The Secret to Capacitor Speed: Understanding the Time Constant 💡 Support Us: If you find our videos valuable please support us on Patreon and join our growing learning community. https://www.patreon.com/ProfMAD 📚 Related Must-Watch Videos: ✔ Capacitors Explained: Charging Discharging Time Constant (RC) Beginners Full Guide https://youtu.be/l9ssvPg6qIYsi=4SiIpjxCCAGbhqvr ✔ Ohms Law Explained Simply ➔ https://youtu.be/HpEhlnh-hAEsi=kWmHHBZ5Wl2QXunk ✔ Voltage Current and Resistance Basics ➔ https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG ✔ Nodal Analysis Full Tutorial ➔"  
[YouTube Link](https://youtube.com/watch?v=Mf-4sfcJixY)  2025-05-20T16:55Z 160K followers, [----] engagements


"How pagers exploded in Lebanon Pagers explode across Lebanon: At least nine people were killed and at least [----] wounded in an attack that targeted hundreds of pagers used by members of the militant group Hezbollah. Hezbollah vows retribution: Israel was behind the attack CNN has learned. Hezbollah pledged to retaliate against Israel and the Lebanese government condemned the attack as criminal Israeli aggression. How the attack unfolded: Hezbollah bought the pagers that exploded in recent months according to a Lebanese security source. Those devices detonated simultaneously after receiving a"  
[YouTube Link](https://youtube.com/watch?v=MuvTbJQF6LQ)  2024-09-19T06:15Z 132K followers, [----] engagements


"Delta-Y (Wye) Transformation Explained: Solving Complex Resistor Networks Unlock Any Complex Resistor Network (Delta-Y / Wye Transformation Explained) Struggling with circuits where series and parallel combinations just don't cut it You're not alone This video reveals the ultimate secret weapon for simplifying even the trickiest resistor networks: the Delta-Y (also known as Wye) Transformation. We'll walk you through a real-world example of a circuit that seems impossible to solve at first glance. You'll see exactly how the Delta-Y transformation instantly simplifies it making it solvable"  
[YouTube Link](https://youtube.com/watch?v=Nmyhoaq7AiY)  2025-05-29T17:17Z 160K followers, [----] engagements


"Voltage Current and Resistance Explained 3D Animation #voltage #current #resistance #electronic #physics #electricity Electronics for beginners. Basic Electronics. Explain Voltage Current and Resistance Water tank analogy Voltage is the difference in charge between two points. Current is the rate at which charges are flowing. Resistance is a material's tendency to resist the flow of charge (current). :::::::::::::::::::: Music: Summer - Bensound https://www.bensound.com Support by RFM - NCM: https://bit.ly/2xGHypM ::::::::::::::::::::"  
[YouTube Link](https://youtube.com/watch?v=NntY-D6ySZ0)  2020-04-26T09:49Z 172K followers, 104.3K engagements


"Mesh Analysis Made Easy Step-by-Step Circuit Problem for Beginners 📘 Struggling with mesh analysis This video makes it simple. Well walk through a beginner-friendly exam-style circuit problem using mesh analysisstep by step with no shortcuts and no confusing jargon. 🔧 In this example: ✅ Two voltage sources ❌ No current sources ❌ No dependent sources ❌ No supermeshes Perfect for beginners students preparing for engineering exams or anyone wanting to strengthen their circuit analysis fundamentals. 🔄 Youll learn: What mesh analysis really is How to apply Kirchhoffs Voltage Law (KVL) The"  
[YouTube Link](https://youtube.com/watch?v=NzDwLsnHDu8)  2025-06-24T11:35Z 210K followers, [----] engagements


"Delta to Y & Y to Delta Explained Master Complex Resistor Circuits 🔌 Y to Delta Transformation Explained Simplify Complex Resistor Networks Welcome to ProfMad In this video well break down the powerful Y to Delta (Wye-Delta) and Delta to Y (Delta-Wye) transformationsessential tools for solving complex electrical circuits. If you're struggling with messy resistor networks where no series or parallel combinations are obvious this step-by-step guide is for you 📚 What Youll Learn in This Video: How to identify Delta () and Y (star) formations in circuits When to use Delta-to-Y vs Y-to-Delta"  
[YouTube Link](https://youtube.com/watch?v=QAWotAm5DnI)  2025-05-31T10:43Z 161K followers, [----] engagements


"What is Pi : Diving into the Depths of [----] and 22/7 #pi #mathematics #22/7 #3.14 In this video we're going to take a look at pi one of the most mysterious and complex numbers in the world. Pi is the circumference of a circle and the diameter of a circle and it's pretty strange that we don't know more about it. But in this ultimate guide to pi we're going to reveal the surprising truth about pi. We're going to show you how to calculate pi using algebra and maths and we'll explain what 22/7 is and why it's rational or irrational. By the end of this video you'll have a better understanding of"  
[YouTube Link](https://youtube.com/watch?v=RPth3LV2uoE)  2023-06-26T10:12Z 166K followers, [----] engagements


"Op-Amps Made Simple: From Mic to Speaker 🎤🔊 Ever wondered what an op-amp really does 🤔 In this short video we break it down in the simplest way possible. An operational amplifier (op-amp) isnt just another electronic partits the tiny powerhouse that takes weak signals and makes them strong enough to use. From microphones 🎤 to speakers 🔊 op-amps are the bridge that turns whispers of voltage into clear powerful signals. By the end of this video youll understand: ✅ What op and amp really mean ✅ Why amplifiers are essential in electronics ✅ How op-amps go beyond boosting signalsthey can even"  
[YouTube Link](https://youtube.com/watch?v=SL03LuVZepo)  2025-08-25T15:23Z 210K followers, [----] engagements


"Understanding Your Electricity Bill: Electric Heater Energy Calculation Ever wondered how much your daily habits impact your electricity bill In this video we break down the real cost of running common home appliances using a practical example: an electric heater. If you've ever asked "How much does it cost to boil water" or "Why is my electricity bill so high" this video is for you We'll start by demystifying power and energy in simple terms explaining the difference between watts joules and most importantly the kilowatt-hour (kWh) that appears on your electricity bill. Learn the exact"  
[YouTube Link](https://youtube.com/watch?v=SQFCqWewIi0)  2025-05-23T08:12Z 160K followers, [----] engagements


"Power Solved Problem: Light Bulb Circuit Using P = VI & Ohm's Law n this video we solve a power-based circuit problem involving three light bulbs connected to a 9V battery. Using P = VI Ohms Law and Kirchhoffs Current Law we calculate: Total current supplied by the battery Current through each light bulb Resistance of each bulb using power ratings This is a perfect example of a power solved problem in electrical circuits. Whether you're studying for exams or just trying to understand electric power calculations this video breaks it down clearly and step by step. ✅ Formulas used: P = VI R ="  
[YouTube Link](https://youtube.com/watch?v=T-RqOlwaQZg)  2025-06-02T06:55Z 166K followers, [----] engagements


"Blender Render Behind the Scenes"  
[YouTube Link](https://youtube.com/watch?v=UAP05oQnTwY)  2024-08-30T21:33Z 121K followers, [---] engagements


"Facebook down What has happened #facebook #facebook down #shorts #short Facebook down for you Outages are spiking on the website DownDetector.com. Many users report being logged out without an option to log back in. The login issues apply to both the app and the website"  
[YouTube Link](https://youtube.com/watch?v=XZ5_qtCSdNk)  2024-03-05T16:43Z 153K followers, [----] engagements


"What is [--] Amp #education What is [--] Ampere Simple Explanation of Electric Current for Beginners Ever wondered what [--] amp of current actually means In this short and simple video we break down the concept of electric current explain what a coulomb is and reveal why current flows in the opposite direction of electrons Whether you're a student science enthusiast or just curious this fun and easy explanation will help you understand the basics of electricity like never before. 🔌 Learn how [--] amp = [-----] x [--] electrons per second ⚡ Discover the true direction of electric current 🧠 Perfect for"  
[YouTube Link](https://youtube.com/watch?v=YqU_COKPbOQ)  2025-05-18T15:26Z 159K followers, [----] engagements


"How transistor works Transistors Explained How transistors works. This video explains the working principle of a transistor simply using animation. It also explains where transistors are used BJT and its types semiconductors doping semiconductors and how its used in transistors and many more. #transistor #transistors #npn #pnp :::::::::::::::::::: Music: Summer - Bensound https://www.bensound.com Support by RFM - NCM: https://bit.ly/2xGHypM ::::::::::::::::::::"  
[YouTube Link](https://youtube.com/watch?v=eZAeaSkgIL0)  2020-06-19T15:41Z 158K followers, 20.6K engagements


"Find the Equivalent Resistance Like a Pro Circuit Simplification Tutorial Title: Find the Equivalent Resistance Like a Pro Circuit Simplification Tutorial Description: Ever look at a complex resistor network and feel completely lost 🤯 This detailed tutorial is your ultimate guide to finding the equivalent resistance (Req) of any circuit no matter how tangled it seems In this video we'll break down a seemingly complex resistor network step-by-step showing you exactly how to simplify it using series and parallel resistor combinations. You'll learn the crucial techniques to: Identify series"  
[YouTube Link](https://youtube.com/watch?v=ee4hkCPMa-U)  2025-05-27T09:59Z 160K followers, [----] engagements


"Non-Inverting Op-Amp Explained: Gain Derivation & Output Current Example 📌 Optimized YouTube Description Struggling with op-amp exam problems In this video we break down a classic non-inverting amplifier question step by step: ✅ How to derive the closed-loop gain of the circuit ✅ How to calculate the output current when Vs = 2V ✅ Using the golden rules of op-amps and Kirchhoffs Current Law (KCL) This is one of the most common problems youll see in electronics exams and interviews. By the end youll not only understand the solution but also learn the logic behind itso you can solve similar"  
[YouTube Link](https://youtube.com/watch?v=eqHyhg8aTrs)  2025-08-26T16:37Z 210K followers, [----] engagements


"Kirchhoff's Laws - How to Solve a KCL & KVL Problem - Circuit Analysis Struggling with electrical circuits This video is your one-stop guide to conquering Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL). In this beginner-friendly tutorial you'll learn: The fundamental concepts of KCL and KVL explained clearly. How to apply these laws to solve real-world circuit problems with step-by-step examples. Gain the confidence to analyze any basic electrical circuit. Bonus We'll also cover some helpful tips and tricks for mastering Kirchhoff's Laws. Whether you're a student hobbyist or"  
[YouTube Link](https://youtube.com/watch?v=fHAAHzpz5v4)  2024-05-03T07:22Z 169K followers, 286.3K engagements


"Sodium Chloride AKA table salt #shorts Why did the sodium and chlorine stop causing trouble Because when they joined forces they became sodium chloride aka table salt Now instead of blowing things up or being used as a chemical weapon they're just adding flavor to our fries. Talk about a salty but sweet redemption story"  
[YouTube Link](https://youtube.com/watch?v=gycTOkgRfdA)  2024-02-20T12:27Z 134K followers, [----] engagements


"Circuits with Dependent Sources: Thevenin's Theorem Help us to grow : https://www.patreon.com/ProfMAD Electronic Foundations : Voltage Current and Resistance : https://youtu.be/Rk9MNU3ASwcsi=f9w12-I8dLYYhfaG Ohm's Law : https://youtu.be/HpEhlnh-hAEsi=kWmHHBZ5Wl2QXunk Kirchhoff's Laws : https://youtu.be/fHAAHzpz5v4si=dgvOm0TXEiJaT584 Master Thevenins Theorem with Independent & Dependent Sources Step-by-Step Circuit Analysis Tutorial In this complete circuit analysis tutorial you'll learn how to solve circuits using Thevenins Theorem even when the circuit includes both independent and dependent"  
[YouTube Link](https://youtube.com/watch?v=h5CVbu35-T8)  2025-04-08T14:15Z 155K followers, [---] engagements


"AC Circuit Power Calculation: Time-Varying Current & Voltage Solved AC Circuit Power Calculation: Time-Varying Current & Voltage Solved : Instantaneous Power in AC Circuits: From Circular Motion to Solved Problems Video Description: 🚀 Master Instantaneous Power in AC Circuits Dive deep into the fascinating world of AC circuits as we break down a classic problem: calculating the instantaneous power delivered to an element with time-varying current and voltage. This comprehensive problem walkthrough goes beyond just the math connecting complex AC waveforms back to their simple origins in"  
[YouTube Link](https://youtube.com/watch?v=hes14MqZRwc)  2025-05-22T17:36Z 159K followers, [---] engagements


"Hybrid vehicles introduction Series parallel #hybrid #vehicles Discover the world of hybrid cars in this comprehensive video guide. Learn about the different types of hybrid vehicles including series parallel and series-parallel hybrids and understand how they function to optimize fuel efficiency and performance. : 0:00 - Introduction to Hybrid Vehicles 3:37 - Series Hybrid Vehicles 5:23 - Parallel Hybrid Vehicles 6:54 - Series - parallel Hybrid Vehicles"  
[YouTube Link](https://youtube.com/watch?v=i7Rq0bN8eig)  2024-04-04T17:47Z 161K followers, 55.3K engagements


"Op-Amps as Analog Computers 🔢⚡ #opamp Ever wondered what an op-amp really does 🤔 In this short video we break it down in the simplest way possible. Op amps arent just another circuit parttheyre tiny math machines In this short well show you how a simple op amp circuit can calculate the average temperature of three sensorsno code no microcontrollers just pure hardware doing the math. ⚡🧮 And this is only the beginning op amps can add subtract scale even integrate and differentiate. By the end of this video youll understand: ✅ What op and amp really mean ✅ Why amplifiers are essential in"  
[YouTube Link](https://youtube.com/watch?v=if5dUFxgkAI)  2025-09-10T13:16Z 210K followers, [----] engagements


"Mesh Analysis with a Dependent Voltage Source Solve This Exam Circuit Step-by-Step 🔌 Mesh Analysis with a Dependent Voltage Source Solve This Exam Circuit Step-by-Step In this video well walk you through a complete mesh analysis problem that includes both an independent voltage source and a dependent voltage source (2V). If youre preparing for electrical engineering exams or just trying to master circuit analysis techniques this tutorial breaks it down into simple logical steps you can follow with confidence. Youll learn: ✔ How to apply Kirchhoffs Voltage Law (KVL) in loops ✔ How to handle a"  
[YouTube Link](https://youtube.com/watch?v=ifWrWLhgl4o)  2025-06-25T03:11Z 210K followers, [----] engagements


"Nodal Analysis Made Easy: Solve This Circuit with Dependent Current Sources Struggling with dependent sources in circuit problems Dont worry in this video well walk you step-by-step through solving a nodal analysis problem that includes dependent current sources exactly the kind of question youll see in exams 🔍✍ By the end of this video you'll know how to: ✅ Identify and label nodes ✅ Set up KCL equations ✅ Handle dependent sources with confidence ✅ Solve for all node voltages and branch currents using basic algebra Whether you're preparing for an electrical engineering exam learning circuit"  
[YouTube Link](https://youtube.com/watch?v=ksmtWpabI64)  2025-06-19T13:34Z 210K followers, [----] engagements


"Simplify Complex Circuits: Find Equivalent Resistance Step-by-Step Are complex resistor networks giving you headaches 🤯 This video is your ultimate guide to mastering equivalent resistance We'll walk you through a step-by-step process to simplify even the trickiest resistor networks making circuit analysis easy and understandable. In this detailed tutorial you'll learn: What equivalent resistance is and why it's essential for circuit analysis. How to identify and combine resistors in series. How to identify and combine resistors in parallel using the reciprocal rule. A clear visual breakdown"  
[YouTube Link](https://youtube.com/watch?v=l2F3X8ihLeY)  2025-05-26T08:19Z 160K followers, [----] engagements


"Capacitors Explained: Charging Discharging Time Constant (RC) Beginners Full Guide 🔵 Capacitor Charging Discharging and Timing Complete Beginner Guide 🔵 💡 Support Us: If you find our videos valuable please support us on Patreon and join our growing learning community. https://www.patreon.com/ProfMAD What is a capacitor How does it charge and discharge What is a time constant (RC) In this complete beginner-friendly tutorial we explain everything you need to know about capacitors with simple animations real-world examples and easy calculations 👉 In this video youll learn: How a capacitor is"  
[YouTube Link](https://youtube.com/watch?v=l9ssvPg6qIY)  2025-04-27T20:39Z 157K followers, [----] engagements


"Conductors and insulators Welcome to "The Art of Electronics" series In our first video we cover the essential concepts of Voltage Current and Resistance. Whether you're a beginner or just brushing up on your electronics knowledge this video will provide you with a solid foundation. Watch till the end to become the Picasso of electronics Full video : https://youtu.be/Rk9MNU3ASwcsi=jc3pkz1unjiouG9d Help us to grow : https://www.patreon.com/ProfMAD Topics Covered: [--]. What It Means to Learn Electronics: [--]. Conductors and Insulators: [--]. Voltage and Current: [--]. Ohm's Law: [--]. Explaining the"  
[YouTube Link](https://youtube.com/watch?v=pd6EsDcSlyc)  2024-09-12T07:10Z 132K followers, [----] engagements


"iPhone [--] Battery SOLVED: How Long Does It Really Last (Physics Explained) 🔥 iPhone [--] Battery SOLVED How Long Does It REALLY Last (The Physics Explained) Ever wonder what actually goes on inside your iPhone [--] battery How does it charge so fast and why does it really die In this video we're not just guessing we're diving deep into the science and physics of batteries to answer these exact questions for the iPhone [--] series We take a real-world problem calculating the iPhone 16's battery life and charging power and break down the complex concepts of voltage current and electrical power into"  
[YouTube Link](https://youtube.com/watch?v=q7rqmcI-sqY)  2025-05-25T11:50Z 160K followers, [---] engagements


"How To Find The Domain of a Function - Radicals Fractions & Square Roots - Interval Notation ✍ Help us to grow : https://www.patreon.com/ProfMAD ✍ Functions calculate Domain and Range : https://www.youtube.com/watchv=vgdzX4ZV0IQ 🔍 Master the Domain of Functions in Mathematics Complete Tutorial with Examples Learn how to find the domain of any function with this comprehensive guide Perfect for high school and college math students. We cover: Timestamps: 0:00 Introduction 0:06 Domain Fundamentals 1:45 Rational Functions 4:03 Interval Notation 8:43 Square Root Functions 13:40 Logarithmic"  
[YouTube Link](https://youtube.com/watch?v=rqg5P86yGvw)  2025-01-08T17:26Z 144K followers, [---] engagements


"Learning Electronics #learning #electronics Welcome to "The Art of Electronics" series In our first video we cover the essential concepts of Voltage Current and Resistance. Whether you're a beginner or just brushing up on your electronics knowledge this video will provide you with a solid foundation. Watch till the end to become the Picasso of electronics Help us to grow : https://www.patreon.com/ProfMAD Full video : https://youtu.be/Rk9MNU3ASwcsi=jc3pkz1unjiouG9d Topics Covered: [--]. What It Means to Learn Electronics: [--]. Conductors and Insulators: [--]. Voltage and Current: [--]. Ohm's Law: 5."  
[YouTube Link](https://youtube.com/watch?v=s_s63At1My8)  2024-09-11T09:57Z 132K followers, [----] engagements


"Inverting vs Non-Inverting Op-AmpsFast & Simple Tutorial #opamp Learn the basics of operational amplifiers (op-amps) in just one minute 🚀 Well break down the inverting amplifier and non-inverting amplifier step by step show you how to calculate gain and finish with a real-world demo a sound-reactive LED circuit that changes brightness with music. 🎶💡 👉 Watch the full detailed video here: https://youtu.be/cPyPr_XnkGosi=wV8y6qh97FMV24zH 🔗 Watch our Op-Amp Basics Introduction here: https://youtu.be/_ZuJgt4NfFIsi=1f0S95Z69pBlzrmy 🔗 Learn about Op-Amp Comparators here:"  
[YouTube Link](https://youtube.com/watch?v=x31KulBzqaQ)  2025-09-15T14:16Z 210K followers, [----] engagements


"Nodal Analysis Explained: Step-by-Step with Solved Examples (Easy Guide) In this comprehensive video we dive deep into Nodal Analysis also known as the Node-Voltage Method a powerful technique for solving complex electrical circuits. We'll start with a review of the fundamental principles: Ohm's Law Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL). Then we'll walk through the step-by-step process of Nodal Analysis covering how to identify nodes select a reference node apply KCL and solve for unknown voltages. We'll tackle a variety of examples including circuits with: Voltage"  
[YouTube Link](https://youtube.com/watch?v=yE_V9u5VG7U)  2025-03-18T16:00Z 153K followers, [----] engagements


"How a Simple Game Turned Into Bitcoin The Crazy Truth 🔍 What Is Bitcoin Really Explained Through a Simple Game 🎮💰 Have you ever wondered what Bitcoin really isbut got lost in confusing terms like blockchain mining or cryptocurrency This video breaks it all down using something familiar: a puzzle game. 📺 WATCH THE FULL VIDEO BELOW 👇 👉 https://youtu.be/5WY-EGYT5sosi=sLtsFmYcexLkqH0y 🎯 What Youll Learn: What Bitcoin is and how it works Why it's valuable even without being "real" money How a digital puzzle game helps explain mining and trading How Bitcoin avoids control by any single"  
[YouTube Link](https://youtube.com/watch?v=yUqxqz-a0Yg)  2025-07-13T06:38Z 210K followers, [---] engagements


"Master Nodal Analysis with Supernodes & Dependent Sources Exam Problem Solved Step-by-Step Master Nodal Analysis with Supernodes & Dependent Sources Full Exam-Style Problem Solved In this detailed tutorial we walk through an advanced circuit problem step by step using nodal analysisincluding supernodes and a dependent voltage source. Whether you're a university student exam candidate or just want to solidify your circuit analysis skills this video will help you confidently tackle complex problems. 🎯 What you'll learn: How to identify and apply supernodes correctly How to handle dependent"  
[YouTube Link](https://youtube.com/watch?v=yXwglDkkyfg)  2025-06-24T04:37Z 210K followers, [----] engagements

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